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The Effects of Clay Minerals of Reservoir Formations During Steam Distillation of Heavy Oils

机译:储层矿物蒸汽蒸馏液蒸馏水蒸馏液的影响

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An experimental study was carried out to investigate the role of various clay and non-clay minerals present in carbonate formations on steam distillation process. Dead oils samples (100 g) of two heavy oil reservoirs from Southeastern Turkey with 30 g water and 10 g crushed rock (limestone + mineral) were kept under steam pressure in a batch autoclave reactor for a period of 40 hours, and the results were compared as the changes in the density, viscosity and chemical composition (SARA). Three different minerals (bentonite, kaolinite, and zeolite) were added to the crushed limestone to observe their effects on the rheological and compositional changes during steam distillation process. The results of this experimental study showed that minerals have catalytic effect during steam distillation. Along with the increase in viscosity and density of remaining oil after steam distillation the chemical composition also changes. There is an increase in the asphaltene content while concentration of polar compounds decrease as the result of steam distillation.
机译:进行了实验研究,以研究各种粘土和非粘土矿物在蒸汽蒸馏过程中存在的各种粘土和非粘土矿物的作用。来自东南土耳其的两种重油储层的死油样品(100克)与30g水和10克碎石(石灰石+矿物质)保持在分批高压釜反应器中的蒸汽压力为40小时,结果是与密度,粘度和化学成分(SARA)的变化相比。将三种不同的矿物质(膨润土,高岭石和沸石)加入到碎石松中以观察它们对蒸汽蒸馏过程中流变和组成变化的影响。该实验研究的结果表明,矿物在蒸汽蒸馏过程中具有催化作用。随着蒸汽蒸馏后剩余油粘度和密度的增加,化学成分也变化。随着蒸汽蒸馏的结果,沥青质含量含量增加而极性化合物的浓度降低。

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